Video Transcript
Brand new. I mean, new. You guys know me here, chat. Quantum sensing device. Now, this seems very, very similar to the ghost murmur, which is why I wanted to bring this up. Because I just told you guys there's an extra dimension and we've got these non-abelian fields. That's my new favorite word, non-abelian. I'm going to say that [ __ ] all the time, makes me sound smart as hell. Got some non-abelian fields out here, extra dimensional as extra twist, extra equations. Well, let's see what we've got here. US Army breakthrough quantum sensor pinpoints radio signals. Hello. Hello, sweet child. A new sensor is based on Rydberg atoms, which are atoms placed in a highly excited state that makes them extremely sensitive to electric fields. The researchers described how the device can determine not only the electromagnetic field strength, but also the 3D polarization orientation, and propagation direction, known as the K vector. Who wants to guess? Chat, it's quiz time. I'm going to pull up the answer over here. Uh what is the K vector in the new What are they calling this thing? Quantum Army device. Okay. Anyone in the chat want to guess what the K vector means? Looking in the chat, see what we got. Okay, well, if you're playing around at home, here you go. The answer is the K vector is the scalar. It is simply the scalar unit that points in a certain direction in 3D space. That's all there is to it. Here you go. Oops, I just closed it. I had it ready up. Good old AI. Sometimes it gets it right. KI is a scaling factor. In vector algebra, the lowercase K can be used accessorize K K value. Um Is this right? Yeah. K hat points in the Z direction. So, we can tell I think this means I may be pushing this a little too far. I think this means we can tell where our vector potential is going to point. We can see our electromagnetic waves. Not only can we see the wave, we can tell which direction they're propagating. We can tell any direction this wave is propagating. So, before you might have thought about it and you would have said, "Okay, I'm going to use radar and I'm going to shoot my electromagnetic beam and it's going to hit Ashton in the head and it's going to bounce back." Right. Now they're saying, "We can just sense. We can just sense electromagnetic waves and we can tell if the wave's coming in from this direction, if it's coming in from this direction, we can pinpoint the source of the wave cuz we can reverse engineer the vector." That's what I think. And if this is not determining the exact A vector potential in five-dimensional space, then it definitely opens the door to it. What I am looking for is I am looking for something that can tell me, if I teleport something through space-time, what direction's it going to go based on electromagnetic fields? I'm looking for what is the thing that can tell me where my quantum entanglement exists. If I show up to one side of a quantum entangled system, I want to set my sensor up and I want it to tell me where the other side is. Oh, the other side's over there. Your quantum entangled system's over here. That's what I think this device is capable of doing. So, I find this pretty impressive. Let's go ahead and just take pull up the article just to give them a little bit of credit here. Full credit to Zero Hedge on this one. And let's just see if there's any other relevant parts in this. So, it was the Army US Army combat capabilities. I was important to know where they're coming from. They just call everything quantum. Generally, quantum is what we call the extra dimension without admitting that the extra dimension is real. All these quantum effects are scaled up or can be scaled up macroscopic effects, which is essentially what we see from the Salvatore Pais patents and gravity manipulation in general. Quantum effects scaled up usually are manipulated or interacting with zero-point energy in some way. Measuring waves in 3D. According to the Army Research Lab, it's the first time this has been measured using a quantum sensor. Yeah, this is the part where I'm going to go ahead and call [ __ ] Almost no way this was the first time. And then Traditional sensors use usually measure the strength of an electromagnetic field in only one direction at a time. The ARL developed quantum sensor can see both the direction and motion of the electromagnetic field, providing a full complete 3D picture. Despite the device only being a few centimeters across, it can determine the direction of the incoming signals within an accuracy of about 2° So, you mix this thing here with your ghost murmur and now you can imagine the capabilities of our surveillance state. This is why when I say stuff like our surveillance state is probably so advanced that they're able to track everything that we do everywhere. And if you think they're limited by walls or any of this other stuff, you are naive. I almost forgot. Plasma actuators. One more Yahtzee here. This is Hector Serrano. Pulled this up from one of the old >> what we call >> Found this in one of the old Tom Valone APEC videos and they had a big Q&A. So, Tom Valone does this big presentation where he explains uh electrogravitics and then the whole crew comes on and this guy was really interesting to me. Because he comes on and he says right away I've replicated Thomas Townsend Brown. He says I've replicated at least three times. And there's a video of it. And he says, "I'm one of those guys where I just I don't care about proving it to people." He's like, "You can believe it or not believe it. It just doesn't really matter to me." He's like, "I'm going to just make money off it. I'm getting my contracts. It doesn't matter." When people say that, then I'm like, "Okay, I'm listening." So, now listen to this. >> Sonny White tested what we call second generation SFE as a confirmation effort for DARPA at the time and they they also saw force very >> So, right there I'm going to play that again. It was fast. You probably missed it. He just called out Sonny White. He said Sonny White tested the EM Drive. That's what they're talking about here. Impossible Drive. That's what this whole idea of Thomas Townsend Brown effect asymmetrical capacitors is the EM Drive. And he's saying Sonny White tested it and they found anomalous thrust, too. This This interview, by the way, this is 6 years old, 7 years old this video. >> confirmation effort for DARPA at the time and they they also saw force, very good force of that. So, so yeah, we've we've never had a problem proving and proving that there's a force present. In fact, that's the entire basis of our research is like throw away your ion wind, what's left? Why does that thing keep moving? Let's harness that because that's that's where the money's at. You know, that's that you know, that you know, literally that's the real deal. >> So, here's what's he saying here? This whole conversation is about the asymmetrical non-reactive thrust. Sonny White literally tested it 2014. Salvatore Pais references in one of his patents. They found anomalous thrust. It was debunked as ion wind. Now, are you ready for my counter debunk? They're right. It is literally ion wind. The debunk to the asymmetrical capacitors is that it's real, we're just going to call it ion wind and then ignore it. What? Oh, well, we can explain it now. That's the difference. Now, we're just calling it something that we agree on. So, now it's okay. So, it's real. The effect is real, yes. We're just going to call it ion wind. Okay, great. Now, are you ready for the next thing they're going to do? What do you think they're going to do next, chat? They're going to change the name again. Anyone out there, without cheating, know what they're going to change the name to? Anyone want to guess? This is my favorite. These are my favorite reveals. When we find out they're literally changing the names of these things so that no one can keep track of what's what cuz the normies out there aren't keeping track of Oh, that's the ion wind. Oh, what are we going to call it next? They came up with a new name for it. Let's listen. >> Everything else, yeah, it's okay. By the way, the modern term for the ion wind effect you guys are talking about is referred to as plasma actuators and they're very popular now in the industry. >> What? Plasma actuators? Wait, wait, wait. The little thing that they put on the airplanes so that they have better thrust? The things that they put on the wings of the airplane like the B-12 or the B-2? So that it has electrostatic thrust that pulls over This is like This is like someone telling me that the Matrix is right here and I'm going Whoa, jeez, how did I not see it the whole time? Wait. They just renamed the ion wind to plasma actuators and that's just literally what everybody admits they're putting on all the spy planes? They basically just turned it into a little microchip. And when you read it, it's very, very similar to all the physics we're discussing. It's like two capacitors with an insulator in the middle. And the insulator prevents an arc from forming and therefore instead a cold I can't even make this [ __ ] up. A cold plasma is formed. A cold plasma is formed and that's what a plasma actuator is. Wait, what? A plasma actuator produces a cold plasma? The same cold plasma Salvator Pais is talking about? Using voltage and electrostatics? Okay. So, this is where I said, "Wait. Wait a minute. This sounds like really familiar now. Like this is sounding like exactly like some stuff that I've heard before. It sounds like something that I saw on somebody else's patents. Spoiler alert, here it comes. Where is it? Damn, I put a lot of posts up today. Where are they? Here. Chat, it's probably nothing. It's probably [snorts] nothing, chat. I'm just going to read this here. >> [clears throat] >> Full screen. >> [snorts] >> Over wing traveling wave axial flow plasma accelerator. Inventor, Charles Chase. Application filed for Lockheed Martin Corporation, 2006. A method to manipulate a fluid flow over a surface is provided. This method may be used to reduce drag, improve the lift, attached fluid flow, or to reduce noise, aka instabilities, at the surface. This involves flowing a fluid over the surface wherein the fluid contains positively charged ions and electrons. An electric field accelerates the ions and electrons in directions parallel to the electric field. A magnetic field at the surface redirects the ions and the electrons based on their velocity and charge. The magnetic field imparts little force on the on the relatively heavy and slow-moving positive ions, but significant impact on the fast moving and light electrons. This results in a non-zero net charge in the total momentum of the positive ions and electrons allowing thrust to be realized. Are you Are you kidding me? That's the asymmetrical capacitor turned into a plasma. He's saying that What are you saying here? Exactly what he's saying here because I'm a [ __ ] genius now when it comes to this. He's saying that because the magnetic field moves the electrons faster than the ions, there's going to be a separation. You've built in an inherent separation into the system by which the electrons are going to be separated from the ions. And what's that going to do? Going to give you charge. Give you electricity. That's what electricity is is a separation of positive and negative charge. So, here's my next favorite part. Yeah, exactly. Creates non-equilibrium. Non-equilibrium. If you don't understand what that means, here you go. Here's equilibrium. Whoop. Everything's in balance. Non-equilibrium is when you rip things apart. What this is doing is ripping things apart. It's making the electrons move faster, further away than the ions cuz the ions are heavy. It's literally just manipulating the fact that the ions are heavier than the electrons. That's it. That's science, chat. But, my favorite part is the last couple sentences. So, this can produce thrust, which is exactly what that dude just said. Hector Serrano. Pulsed and traveling wave implementations of this body force enable exploitation of frequencies to which the flow is sensitive, improving the effectiveness of this method. This [ __ ] right here. That sentence right there is something only a black project engineer puts in there. This is like you're writing this in a way as to be as misleading as possible. You could have just said when you hit the right frequency the magic happens. You could have said that resonance is what causes but instead you say the exploitation of frequencies to which the flow is sensitive. The exploitation of frequencies to which the flow is sensitive? Uh that's called resonance, dude. When you have two frequencies that you hit the right frequency and there's a resonant condition that matter that hits. It it improves the effectiveness of this method. So basically you need to hit a resonant frequency and then the effect is super powerful. Boom. We found out that the Biefeld Brown effect, TT Brown effect, the asymmetrical capacitors, they turned it into a microchip, they went from calling it ion wind to now they call it plasma actuators. And now they've turned into a tiny microchip that they can embed on the surface of an airplane and it reduces the drag. It basically gives you anti-gravity. It No, no, no. It literally gives you anti-gravity. Because anti-gravity is just an upward force. That's it. Reducing drag, that's also anti-gravity. Reducing the resistance to acceleration, that's called reducing inertia, dude. They just say, "Well, no, it's it's not working in space." We don't know because you're not out in outer space, you're in the air.